2‑Phase Hybrid Stepper Linear Motors High Efficiency

Direct Linear Motion

High-efficiency 2-phase hybrid linear stepper motors convert rotation into linear movement without extra components like screws or belts. This compact design simplifies system layout and minimizes alignment errors—perfect for positioning systems where precision is critical.

Cost Reduction and Improved Accuracy

Using a linear motor reduces the number of wear-prone parts, ensuring more reliable operation and easier maintenance. High-efficiency technology offers low energy consumption and smooth dynamics—making it an ideal solution for boosting productivity and reducing operational costs
 

Code

Flange

Bipolar
holding
torque
[Ncm]
min.

Step
angle
[°]

Rated
current
[A/ph]

Shaft

Rotor
inertia
[g.cm²]

Depth
[mm]

Class
protection

MT08HE12002M4A1NEMA 8 - 20 mm square151.824Threaded single shaft 227.2IP20
MT11HE18010M4A2NEMA 11 - 28 mm square11.8100Linear screw with slide guide rail12186.0IP20
MT11HE18010M4A3NEMA 11 - 28 mm square11.8100Linear screw with slide guide rail12205.0IP20
MT17HE15010B4A1NEMA 17 - 42 mm square2401.8100Double shaft with thread on front shaft3833.7IP20
MT17HE19023M4A1NEMA 17 - 42 mm square5201.8230Double shaft with thread on front shaft8147.7IP20
MT23HE17020B4A1NEMA 23 - 56 mm square7401.8200Double shaft with thread on front shaft17042.3IP20

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Technologies

High Efficiency stepper motors are designed and manufactured to optimize the motors performance. High efficiency stepper motors have up to 40% more torque than standard stepper motors.

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